《能源动力—核学科2023级非全日制工程博士研究生培养方案.docx》由会员分享，可在线阅读，更多相关《能源动力—核学科2023级非全日制工程博士研究生培养方案.docx（18页珍藏版）》请在优知文库上搜索。
1、(0858004)能源动力一核学科2023级非全日制工程博士研究生培养方案2023Part-timeProfessionalDoctoralProgramforEnergyandPowerEngineering-NuclearEngineering-、基本信息BasicInformation院系名称School机械与动力工程学院SchoolofMechanicalEngineering适用年级Grade2023级2023Class适用专业Major能源动力一核EnergyandPowerEngineering-NuclearEngineering标准学制Duration4年4Years学习形式
2、StudyMode非全日制Parttime项目类型ProgramType专业型Professional培养层次ProgramLevel普博生RegularDoctoralStudents最低学分MinCredit16最低GPA学分MinGPACreditNA最低GPAMinGPANA、学科简介Introduction上海交通大学核反应堆工程专业始建于1958年，是国内首批创建并开展研究生培养工作的专业。1998年获得“核能科学与工程”联合博士学位授权点，2001年获批“核科学与技术”一级学科博士后流动站。2006年增加学科设置、拓宽专业方向，成立了核科学与工程学院。2010年获批核科学与技术一
3、级学科点。ThedisciplineofNuclearScienceandEngineeringatSJTUoriginatedfromthemajorofNuclearReactorEngineeringwhichwasestablishedin1958,anditisamongtheearliestonesinrelatedfieldinChina.In1998,thejointdoctoralprogramofuNucIearScienceandEngineeringuWassetup.In2001,thefirst-levelpost-doctoralresearchstationof
4、NuclearScienceandTechnologywasapproved.In2006,theSchoolofNuclearScienceandEngineering(SNSE)wasestablishedbyincreasingsubjectsandbroadeningthescopeofspecialties.In2010,itwasapprovedtobethefirst-leveldisciplineinthefieldofNuclearScienceandTechnology.核科学与技术学科下设6个研究方向：核安全与系统仿真、反应堆热工水力、核燃料循环与材料、核辐射防护与环境保
5、护、核反应堆物理、先进核能系统。本专业具有一支国际化、高水平的师资队伍，共有25名专职教师，教授6名，其中曙光学者1名、优青1名，副教授16名，所有专业教师均有博士学位，且具有海外经历。TheresearchfieldsinSNSEincludesixresearchdirections:nuclearsafetyandsystemsimulation,reactorthermo-hydraulics,nuclearfuelcycleandmaterials,nuclearradiationprotection,reactorphysicsandadvancednuclearreactorsy
6、stems.SNSEconsistsof25facultymembers,andallhavedoctoraldegreeandoverseas*experience.Amongthem,itincludes6Professors(1ShuguangScholar,1facultymemberawardedtheNationalScienceFundforExcellentYoungScholars)and16associateprofessors.核科学与技术学科重实践、宽基础、严要求，培养学科交叉复合的创新人才。本专业注重对接国家核能发展重大需求，主持了国家“973”项目、国家自然科学基金
7、重点项目、国家重点研发专项和国家科技重大专项课题等十余项，建成“上海市核电工程技术研究中心”和“先进核能系统热工水力基础研究国际合作基地”等实践平台，形成了研究生培养和科研工作的基础。同时，本学科与美国密西根大学、德国K1T、日本东京大学、韩国科技大学等世界知名大学建成了国际交流合作平台。SNSEemphasizesonacademicpractice,broadfoundationandstrictrequirementstocultivatestudentstobeinterdisciplinary,innovativeaswellaswithglobalvision.Inordertos
8、atisfythefastdevelopmentofnuclearenergyapplicationinChina,SNSEhostedover10nationalkeyresearchprojects,includingNational973Project,KeyProjectsofNSFC,NationalBasicResearchPrograms,NationalScienceandTechnologyMajorProjects.Academicpracticeplatformsamingtograduateeducationandresearchworkhavebeenestablis
9、hed,suchas44ShanghaiNuclearPowerEngineeringTechnologyResearchCenterandInternationalCooperationBaseforBasicResearchonThermal-HydraulicofAdvancedNuclearReactorSystem.Meanwhile,SNSEhascloseinternationalcooperationanddevelopsexchangeprogramswithUniversityofMichigan,KarlsruheInstituteofTechnology,Univers
10、ityofTokyo,KoreaAdvancedInstituteofScienceandTechnology,etc.三、培养目标ProgramObjective围绕学校研究生人才培养的总体目标，培养数理基础坚实、知识结构宽广，专业领域知识精通，创新能力强、具备社会责任感、具有国际视野和国际竞争力的核工程前沿领域专业人才，能胜任大型企业、科研院所技术研发、工程应用或科技管理等工作。Thepostgraduateeducationobjectiveisfocusedonnurturingthetalentswithsolidmathematicalfoundation,broadknowled
11、gestructure,highproficiencyinaprofessionalfield,stronginnovationability,goodsenseofsocialresponsibility,andglobalvisionandcompetitivenessinthefrontierofnuclearscienceandengineering.Thepostgraduateswillbequalifiedforthetechnologydevelopment,engineeringapplicationorscientificresearchadministrationofla
12、rgeenterpriseorresearchinstitutions.学生毕业时应达到：1、具有扎实的数理基础理论知识，宽广的核工程及相关专业基础知识，深入了解学科的进展、动向和最新发展前沿；2、具有敏锐的洞察力，具备对工程科学及技术问题的深入理解和综合分析能力；3、具备解决复杂工程技术问题、进行工程创新、组织工程技术研究开发工作的能力；4、至少精通一门外国语，能熟练地阅读本专业外文资料，具有较强的写作能力和进行国际学术交流的能力；5、具备优秀的工程素养、职业道德和社会责任感。Upongraduation,youwill:1. Havethesolidmathematicalfoundati
13、onandbroadknowledgeinnuclearengineeringandrelatedareaswithdeepunderstandingoftheprogress,trendsandlatestdevelopmentofthediscipline;2. Havethekeeninsight,andbeequippedwiththecomprehensiveanalyticalskillsforsolvingthescientificandtechnicalproblems;3. Capableofsolvingcomplexengineeringissue,carryingout
14、engineeringinnovation,andorganizingengineeringR&D;4. Showproficiencyinatleastoneforeignlanguage,readforeignlanguageliteratureofyourmajorfluently,andhavegoodskillsinwritingandinternationalacademiccommunicating;5. Haveexcellentengineeringaccomplishment,professionalethicsandsocialresponsibility.四、培养方式及
15、学习年限TrainingModeandStudyDuration非日制工程博士生采用非全日制学习、导师负责制培养模式。学制为四年。未能按时完成学业者，经申请批准后其学习年限可适当延长，最长可以延期至七年。Part-timeProfessionalDoctoralProgramstudentsarearetutoredfull-timebysupervisors.ThelengthofPart-timeProfessionalDoctoralProgramis4years.Studentswhofailtocompletetheprogramwithin4yearscouldapplyforex
16、tension,withamaximumlengthof7yearsuponapproval.五、课程学习要求CourseRequirement非全日制工程博士生，课程总学分216学分，总学分上限为24学分。Part-timeProfessionalDoctoralProgram.Minimumcredits:16credits.1、公共基础课程6学分GeneralCourses.6credits.a) MARX7001中国马克思主义与当代，2学分，必修MARX7001MarxisminChina,2credits,compulsory.b) GE6001学术写作、规范与伦理，1学分，必修，院系开课.GE6001AcademicWriting,NormsandEthics,
免费区 